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    • 71. 发明授权
    • Method for optimizing piezoelectric surface asperity detection sensor
    • 压电表面粗糙度检测传感器优化方法
    • US5450747A
    • 1995-09-19
    • US174484
    • 1993-12-27
    • Karl A. FlechsigChih-Kung LeeSylvia L. LeeUllal V. NayakTimothy C. O'Sullivan
    • Karl A. FlechsigChih-Kung LeeSylvia L. LeeUllal V. NayakTimothy C. O'Sullivan
    • G01H11/08G11B33/10G01B5/28H01L41/047
    • G11B33/10G01H11/08Y10S73/04
    • A method and apparatus for sensing the vibrational response of a slider of predetermined dimensions during contact with one or more surface asperities on a recording surface, separating the response into its individual bending mode frequency component responses, determining one or more bending mode frequency responses which display monotonic behavior with increasing asperity interference, and designing a mode selection sensor optimized to detect the monotonic bending mode frequency identified. The mode enhanced sensor is designed by first analyzing the stress distribution of the slider corresponding to the monotonic bending mode frequency, identifying regions of the slider which experience substantially positive or substantially negative stress, and partitioning the upper conductive layer of a piezoelectric sensor to form a partitions corresponding to each of the identified regions. The sensor may be further enhanced by tailoring the partitions to exclude undesirable stress contributions.
    • 一种用于在与记录表面上的一个或多个表面粗糙度接触期间感测预定尺寸的滑块的振动响应的方法和装置,将响应分离成其单独的弯曲模式频率分量响应,确定显示的一个或多个弯曲模式频率响应 单调性行为随着越来越严重的干扰,并且设计了优化的模式选择传感器,以检测所识别的单调弯曲模式频率。 通过首先分析对应于单调弯曲模式频率的滑块的应力分布来设计模式增强传感器,识别经历基本上正的或基本上负的应力的滑块的区域,以及分隔压电传感器的上导电层以形成 对应于每个识别的区域的分区。 可以通过调整隔板以排除不期望的应力贡献来进一步增强传感器。
    • 72. 发明授权
    • Wavefront reconstruction optics for use in a disk drive position
measurement system
    • 用于磁盘驱动器位置测量系统的波前重建光学元件
    • US5442172A
    • 1995-08-15
    • US250198
    • 1994-05-27
    • Wen-Wei ChiangChih-Kung Lee
    • Wen-Wei ChiangChih-Kung Lee
    • G01D5/38G11B5/596G11B21/08G11B27/11H01J3/14
    • G01D5/38G11B21/08G11B27/11G11B5/59677
    • An optical measurement system for use in a data recording disk drive includes wavefront reconstruction optics which correct and compensate for aberrations in laser beams reflected from radial and linear diffraction gratings. The reconstruction optics include two spherical lenses and two reflectors, one of each positioned on each side of a diffraction grating. Light directed from a laser beam toward the grating diffracts into a +1 order component directed at the first set of reconstruction optics and into a -1 order component directed at the second set of reconstruction optics. The reconstruction optics compensate for the variable yaw angle caused by a linear grating and for the optical wavefront aberrations caused by a radial grating. Use of the reconstruction optics permits an optical measurement system in a data recording disk drive to accurately measure the position of either a linear or rotary actuator and to generate a precise reference clock for use in timing the recording of servo information to the data recording disk.
    • 用于数据记录盘驱动器的光学测量系统包括波前重建光学器件,其校正和补偿从径向和线性衍射光栅反射的激光束中的像差。 重建光学器件包括两个球面透镜和两个反射器,每个位于衍射光栅的每一侧。 从激光束朝向光栅引导的光衍射成指向第一组重建光学器件的+1阶分量,并进入指向第二组重建光学器件的-1阶分量。 重构光学器件补偿由线性光栅引起的可变偏转角以及由径向光栅引起的光学波前像差。 使用重建光学器件允许数据记录盘驱动器中的光学测量系统精确地测量线性或旋转致动器的位置,并且产生用于将伺服信息记录到数据记录盘的定时的精确参考时钟。
    • 73. 发明授权
    • Electret loudspeaker device
    • 驻极体扬声器装置
    • US08855339B2
    • 2014-10-07
    • US13587910
    • 2012-08-16
    • Chih-Kung LeeYu-Chi ChenHan-Lung ChenHsu-Ching LiaoWen-Hsin Hsiao
    • Chih-Kung LeeYu-Chi ChenHan-Lung ChenHsu-Ching LiaoWen-Hsin Hsiao
    • H04R19/01B32B37/02H04R7/10
    • B32B37/02B32B2323/04B32B2327/18B32B2457/00H04R7/10H04R19/013
    • An electret loudspeaker device including a diaphragm, a first perforated electrode and a first spacer is provided. The diaphragm includes a first electret, a second electret, a polymer layer and an electrode layer. At least one layer of the first electret or the second electret is formed by expanded polytetrafluoroethylene. The second electret is stacked on one side of the first electret, while the electrode layer is stacked on the opposite side of the first electret. The polymer layer is made of a hydrophobic material and is disposed on the second electret. The first perforated electrode is stacked on a first spacer and close to the polymer layer. The first spacer disposed between the diaphragm and the first perforated electrode supports the first perforated electrode over the diaphragm and defines a first chamber. A fabrication method of the electret loudspeaker device is also provided.
    • 提供了包括隔膜,第一穿孔电极和第一间隔件的驻极体扬声器装置。 隔膜包括第一驻极体,第二驻极体,聚合物层和电极层。 第一驻极体或第二驻极体的至少一层由膨胀聚四氟乙烯形成。 第二驻极体堆叠在第一驻极体的一侧上,而电极层堆叠在第一驻极体的相对侧上。 聚合物层由疏水材料制成,并设置在第二驻极体上。 第一穿孔电极堆叠在第一间隔物上并靠近聚合物层。 设置在隔膜和第一穿孔电极之间的第一间隔件支撑隔膜上的第一穿孔电极,并限定第一室。 还提供了驻极体扬声器装置的制造方法。
    • 75. 发明申请
    • ELECTRET LOUDSPEAKER DEVICE
    • 电动扬声器装置
    • US20130044906A1
    • 2013-02-21
    • US13587910
    • 2012-08-16
    • Chih-Kung LeeYu-Chi ChenHan-Lung ChenHsu-Ching LiaoWen-Hsin Hsiao
    • Chih-Kung LeeYu-Chi ChenHan-Lung ChenHsu-Ching LiaoWen-Hsin Hsiao
    • H04R19/01B32B37/14
    • B32B37/02B32B2323/04B32B2327/18B32B2457/00H04R7/10H04R19/013
    • An electret loudspeaker device including a diaphragm, a first perforated electrode and a first spacer is provided. The diaphragm includes a first electret, a second electret, a polymer layer and an electrode layer. At least one layer of the first electret or the second electret is formed by expanded polytetrafluoroethylene. The second electret is stacked on one side of the first electret, while the electrode layer is stacked on the opposite side of the first electret. The polymer layer is made of a hydrophobic material and is disposed on the second electret. The first perforated electrode is stacked on a first spacer and close to the polymer layer. The first spacer disposed to between the diaphragm and the first perforated electrode supports the first perforated electrode over the diaphragm and defines a first chamber. A fabrication method of the electret loudspeaker device is also provided.
    • 提供了包括隔膜,第一穿孔电极和第一间隔件的驻极体扬声器装置。 隔膜包括第一驻极体,第二驻极体,聚合物层和电极层。 第一驻极体或第二驻极体的至少一层由膨胀聚四氟乙烯形成。 第二驻极体堆叠在第一驻极体的一侧上,而电极层堆叠在第一驻极体的相对侧上。 聚合物层由疏水材料制成,并设置在第二驻极体上。 第一穿孔电极堆叠在第一间隔物上并靠近聚合物层。 设置在隔膜和第一穿孔电极之间的第一间隔件将第一穿孔电极支撑在隔膜上并限定第一腔室。 还提供了驻极体扬声器装置的制造方法。
    • 76. 发明申请
    • ELECTRET LOUDSPEAKER DEVICE
    • 电动扬声器装置
    • US20130044905A1
    • 2013-02-21
    • US13586866
    • 2012-08-16
    • Chih-Kung LeeYu-Chi ChenHan-Lung ChenHsu-Ching LiaoWen-Hsin Hsiao
    • Chih-Kung LeeYu-Chi ChenHan-Lung ChenHsu-Ching LiaoWen-Hsin Hsiao
    • H04R19/02
    • H04R19/013
    • An electret loudspeaker device including a diaphragm, a first perforated electrode and a first spacer is provided. The diaphragm has an electret layer and an electrode layer. The first perforated electrode is stacked on a side of the diaphragm near the electret layer, and has multiple holes. The first spacer is stacked between the diaphragm and the first perforated electrode, and includes a first distribution area and plural second distribution areas. The first distribution area has first openings penetrating through the first spacer, and each first opening has a first opening space volume between the diaphragm and the first perforated electrode. Each second distribution area has second openings penetrating through the first spacer, and each second opening has a second opening space volume between the diaphragm and the first perforated electrode. A difference between the first and the second opening space volumes is greater than 10%.
    • 提供了包括隔膜,第一穿孔电极和第一间隔件的驻极体扬声器装置。 隔膜具有驻极体层和电极层。 第一穿孔电极层叠在靠近驻极体层的隔膜的一侧,并且具有多个孔。 第一间隔件层叠在隔膜和第一穿孔电极之间,并且包括第一分配区域和多个第二分布区域。 第一分配区域具有穿过第一间隔件的第一开口,并且每个第一开口在隔膜和第一穿孔电极之间具有第一开口空间体积。 每个第二分配区域具有穿过第一间隔件的第二开口,并且每个第二开口在隔膜和第一穿孔电极之间具有第二开口空间体积。 第一和第二开放空间体积之间的差异大于10%。